| Commit message (Collapse) | Author | Age | Files | Lines |
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(#503310) (#503681)
Default clearPartType to None so that all devices are discovered during storage
initialization step, and UI parttype can be set to its default "Replace existing
linux system". Also set clearPartType appropriately when going back from partition dialog
so that all devices are discovered during storage reset.
There is one case that can't be resolved this way: clearpart --all or --linux
is set in ks and "Create custom layout" is selected in parttype UI step. Because of ks
setting, storage initialization doesn't discover devices (RAID, LVM) on
partitions that are to be cleared and therefore they are not present in custom
partition dialog. This can be workarounded by going back and than again to
custom partitioning dialog. I think we should grey-out type of partitioning
combo set to value from ks clearpart command.
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First, always apply the default partitioning scheme in kickstart installs.
Then, always run clearPartitions since it knows best. Finally, if any of
the various kickstart partitioning commands are given, unset doAutoPart so
the user-provided partitioning scheme takes effect.
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Turns out we don't want to do this because it'll result in the default autopart
scheme getting used regardless of what other partitioning commands are
specified.
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More syntax errors / traceback fixes.
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This doesn't atually mean kickstart allows you to specify partitions and
clearpart. However, you can leave out partitioning information from your
kickstart file, specify it from the UI, and get an install to complete.
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exception.py:
- Remove unused partedUtils import.
- Collect things from storage, not partitions.
gui.py:
- exceptionDisks is in storage now, not diskset.
installclasses/rhel.py:
installclasses/fedora.py:
- setDefaultPartitioning take storage arg, not partitions.
iw/autopart_type.py:
- Find things in storage, not partitions.
iw/bootloader_main_gui.py:
iw/osbootwidget.py:
- Remove unused partedUtils import.
- Find fsset in storage now.
- Use storage, not diskset, for iterating over disks/partitions.
iw/lvm_dialog_gui.py:
- Fix several typos from the original storage update.
iw/partition_gui.py:
- Find unusedMDMembers in storage, not partitions.
iw/partitionui_helpers_gui.py:
- Use StorageDevice.minSize,maxSize for resize limits.
- Update doUIRAIDLVMChecks to use new storage module.
packages.py:
- Use new storage module to list vgs for selinux hack.
storage/__init__.py:
- Fix FSSet.createSwapFile so it creates the file on the
correct device.
storage/iscsi.py:
- Use new storage module to identify iscsi disks.
textw/partition_text.py:
textw/upgrade_text.py:
- Initial update to use new storage module.
yuminstall.py:
- Use storage module to find space for upgrade transaction.
- Use storage module to locate protected partitions to mount
in doPreInstall.
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For Fedora, this means we will not allow upgrades of detected root filesystems
more than two releases old, or "upgrading" a newer install with an older one.
For RHEL, we don't yet know what to do so just allow things to continue as they
always have. Using "upgradeany" still circumvents this check.
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Prerelease version of Fedora sometimes get version numbers in .treeinfo or
.buildstamp like 10-Beta. However, this version does not exist in bugzilla so
we get an error trying to save the bug. This could also happen in respins.
So, grab a list of all the versions that are valid for the product out of
bugzilla and make sure productVersion exists. If not, either use the
develVersion from the installclass or just use the last one out of the the
list.
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Different products and distributions could support completely different
bug filing system (or none at all, for that matter) so support an
abstraction that allows us to use multiple kinds of bug files. We still
need to commit that abstraction somewhere and also make sure we allow full
customization through the product.img.
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We don't do things based on the method string anymore, so explicitly
specify that we're doing a livecd based install
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* po/sk.po: Typo fix.
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Remove method references from the Anaconda object, along with various support
functions that import methods and return instances of methods. This also
removes method instances from the backend.
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- bump version
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* installclasses/fedora.py (InstallClass): Use mirror list for
additional software
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* scripts/upd_instroot: Added packages and files so man pages work
in rescue. BZ#243443.
* iw/task_gui.py: Setup the additionall Everythin Repo. BZ#254014.
* installclasses/fedora.py: User can choose additional repo.
BZ#254014
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will handle that for us.
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* anaconda.spec: Bump version.
* installclasses/fedora.py: No extra repos while things are in flux
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* syslogd.py (InstSyslog.start): Ensure that we have a syslogd or
don't try to start. Otherwise, we end up hanging things
* yuminstall.py (YumBackend.__init__): yum installs can do package
selection
* livecd.py: Add live CD image copy backend and install method.
* installclasses/fedora.py: Handle installclass API changes; allow
livecd method
* installclass.py (BaseInstallClass.setSteps): Take anaconda
instead of dispatch as an argument; use so that the backend
upgrade allowing + package selection can work
(BaseInstallClass.setDefaultPartitioning): Make it easier to
default to no-LVM
* kickstart.py (Kickstart.setSteps): Tweak for calling change
* upgradeclass.py (InstallClass.setSteps): Likewise.
* installclasses/rhel.py (InstallClass.setSteps): Likewise.
* anaconda: Pass anaconda to instClass.setSteps; don't depend on
the existence of /mnt/runtime/... with x_already_set
* backend.py (AnacondaBackend.__init__): Let the backend define
whether or not upgrades are supported
(AnacondaBackend.doPreInstall): postInstall kills the log, start
it in the pre
(AnacondaBackend.initLog): Ensure the dir we want to use exists
(writeConfiguration): Write instdata before backend bits
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* installclasses/fedora.py: Implement getMethod/getBackend
* installclasses/rhel.py: Likewise.
* anaconda (Anaconda.setMethod): Use installclass to determine method
(Anaconda.setBackend): And backend
* installclass.py (BaseInstallClass.getMethod): Add a method to
parse the method str and return an InstallMethod constructor
(BaseInstallClass.getBackend): For backend as well
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we can display them (#212511)
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* installclasses/fedora.py (InstallClass._get_description): Return
the translated text as the description (#206620).
* iw/task_gui.py (TaskWindow._createTaskStore): Fix translations
to show up (#206620)
* ui/tasksel.glade: Force width wider so that things fit better
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* iw/task_gui.py: Rework so that we can enable/disable optional
repos per install class as well as see what repos have been added
* ui/tasksel.glade: Change things up a little bit
* installclasses/fedora.py: Tweak description, add Extras as an
additional repo
* yuminstall.py (AnacondaYum.doConfigSetup): Allow for additional,
not enabled by default repos to be set up.
* installclass.py (repos): Add not-default repos
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* yuminstall.py (AnacondaYum.doConfigSetup): Allow having more
than one default repo for the installclass
(YumBackend._catchallCategory): Fix catchall category
* packages.py (regKeyScreen): Add reg key screen.
* installclass.py (BaseInstallClass.getPackagePaths): Add method
to handle mapping with a URI to the repo paths we want to have
(BaseInstallClass.handleRegKey): Method for handling the reg key
and validating it
* installclasses/rhel.py: Add Red Hat Enterprise Linux
installclass. Have it enable the regkey step
* installclasses/rhel_as.py: Remove old RHEL class
* installclasses/rhel_desktop.py: Likewise.
* installclasses/rhel_es.py: Likewise.
* installclasses/rhel_ws.py: Likewise.
* gui.py (EntryWindow.__init__): Add intf.entryWindow taking
advantage of messageWindow stuff.
* text.py (InstallInterface.entryWindow): Likewise.
* dispatch.py (installSteps): Add regkey step.
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* installclasses/fedora.py: Don't display Xen
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intf parameter.
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* iw/task_gui.py: Adjust for dynamic set of tasks
* ui/tasksel.glade: Don't list tasks in the glade file, they're
now auto-generated.
* textw/task_text.py (TaskWindow.__call__): Likewise.
* dispatch.py (installSteps): Pass new arg to tasksel step
* installclasses/fedora.py (tasks): Define set of tasks to show on
task selection screen here.
* installclass.py (tasks): Parent placeholder.
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* installclasses/fedora.py (InstallClass.setGroupSelection): Get
default groups from the backend
* backend.py (AnacondaBackend.getDefaultGroups): Support for
getting default groups
* iw/GroupSelector.py: Guts of new group/package selection code.
Eventually will live in son of s-c-packages.
* ui/GroupSelector.glade: glade file for new group selection code
* iw/package_gui.py: Basic shell for GroupSelector use in anaconda
* yuminstall.py: Update for yum 2.5 API changes. Note that we now
*require* yum-2.5.0-0.20051207 or newer
(isPackageInstalled): Add method to see if package is installed
for group selection.
(_catchallCategory): Add method to take uncategorized groups and
stick them somewhere
(getDefaultGroups): Backend method for finding the default
selected groups based on what comps says
* gui.py (stepToClass): Move to new group selection code.
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* anaconda (instClass): If there's only one visible installclass,
don't ask about them either
* installclasses/custom.py: Hide old install class.
* installclasses/personal_desktop.py: Likewise.
* installclasses/server.py: Likewise.
* installclasses/workstation.py: Likewise.
* installclasses/fedora.py: Add new Fedora install class.
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